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Design and Implementation of Robot Audition System 'HARK' - Open Source Software for Listening to Three Simultaneous Speakers

机译:机器人试听系统“ HARK”的设计与实现-可以同时收听三位发言人的开源软件

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This paper presents the design and implementation of the HARK robot audition software system consisting of sound source localization modules, sound source separation modules and automatic speech recognition modules of separated speech signals that works on any robot with any microphone configuration. Since a robot with ears may be deployed to various auditory environments, the robot audition system should provide an easy way to adapt to them. HARK provides a set of modules to cope with various auditory environments by using an open-sourced middleware, FlowDesigner, and reduces the overheads of data transfer between modules. HARK has been open-sourced since April 2008. The resulting implementation of HARK with MUSIC-based sound source localization, GSS-based sound source separation and Missing Feature Theory-based automatic speech recognition on Honda ASIMO, SIG2 and Robovie R2 attains recognizing three simultaneous utterances with the delay of 1.9 s at the word correct rate of 80-90% for three speakers.
机译:本文介绍了HARK机器人试听软件系统的设计和实现,该系统由声源定位模块,声源分离模块和分离语音信号的自动语音识别模块组成,可在任何配置了麦克风的机器人上使用。由于可以将带有耳朵的机器人部署到各种听觉环境中,因此机器人试听系统应该提供一种适应它们的简便方法。 HARK通过使用开源中间件FlowDesigner提供了一组模块来应对各种听觉环境,并减少了模块之间数据传输的开销。 HARK自2008年4月开始开源。通过在本田ASIMO,SIG2和Robovie R2上实现的基于MUSIC的声源定位,基于GSS的声源分离和基于丢失特征理论的自动语音识别实现HARK,可以同时识别三个三个扬声器的语音正确率为80-90%时,延迟时间为1.9 s。

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